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Cloudflare servers are essentially the backbone of a vast global network designed to make your internet experience faster, more secure, and more reliable.

Think of it like this: instead of your website traffic going directly from a user to your server, it first passes through one of Cloudflare’s data centers.

This intercession allows Cloudflare to optimize content delivery, mitigate threats, and enhance performance.

It’s a fundamental piece of internet infrastructure for millions of websites, from small blogs to large enterprises.

Table of Contents

What is Cloudflare?

Cloudflare is a web infrastructure and website security company that provides content delivery network CDN services, DDoS mitigation, internet security, and distributed domain name server DNS services.

Its core mission is to help build a better internet.

By positioning its servers strategically around the globe, Cloudflare effectively acts as a proxy between your website’s visitors and your origin server, offering a suite of services that would be incredibly complex and expensive for individual businesses to implement on their own.

How Does Cloudflare Work?

When you use Cloudflare, you change your domain’s nameservers to point to Cloudflare’s.

This redirects all traffic intended for your site through Cloudflare’s network.

When a user requests your website, Cloudflare serves cached content from its nearest data center, reducing latency.

Simultaneously, it inspects incoming traffic for malicious activity, blocking threats like DDoS attacks, SQL injection attempts, and spammers before they reach your server.

This multi-layered approach ensures both speed and security.

The Cloudflare Network: A Global Powerhouse

Cloudflare’s network isn’t just a few servers.

It’s an expansive, interconnected web of data centers spanning over 300 cities in more than 120 countries.

This global footprint is fundamental to its ability to deliver content quickly and securely anywhere in the world.

Edge Network Architecture

Cloudflare operates an “edge network” architecture.

This means its servers are positioned as close as possible to internet users worldwide. Browser fingerprinting

When someone accesses a website protected by Cloudflare, their request is routed to the nearest Cloudflare data center, known as an “edge location.”

Reduced Latency: By serving content from a nearby location, the physical distance data has to travel is significantly reduced. For instance, a user in London accessing a website hosted in New York might get cached content from Cloudflare’s London data center, rather than the original server in New York. This can cut page load times by hundreds of milliseconds.
Enhanced Performance: This proximity doesn’t just reduce latency. it also improves overall website performance. Cloudflare can optimize content, compress files, and handle TLS/SSL handshakes closer to the user, offloading work from the origin server.
Distributed Resilience: The distributed nature of the network means that if one data center experiences an issue, traffic can be rerouted to another, ensuring continuous availability. In Q4 2023, Cloudflare reported serving an average of 60 million HTTP requests per second, demonstrating the sheer scale and resilience of their edge network.

Anycast Technology

Central to Cloudflare’s efficiency is its use of Anycast technology.

Anycast is a routing technique where a single IP address is shared by multiple servers in different geographic locations.

Nearest Server Routing: When a user tries to reach an Anycast IP address, internet routers direct their request to the nearest server that advertises that IP. This is how Cloudflare ensures requests always hit the closest edge data center.
DDoS Mitigation: Anycast is incredibly powerful for DDoS mitigation. Instead of a single server being overwhelmed by a flood of malicious traffic, the attack is distributed across multiple Cloudflare data centers, effectively diluting its impact. This absorption capacity is a significant advantage. Cloudflare reported mitigating a 71 million request-per-second RPS DDoS attack in early 2023, one of the largest on record, directly showcasing the power of their Anycast network.

Cloudflare Servers and Website Performance

One of the primary benefits of using Cloudflare’s servers is the dramatic improvement in website performance. This isn’t just about faster load times.

It’s about a more efficient and responsive user experience. Block cloudflare

Content Delivery Network CDN

Cloudflare’s CDN is a core component of its service, designed to cache static content and deliver it from the closest edge server to the user.

Static Content Caching: Files like images, CSS, JavaScript, and sometimes even entire HTML pages are stored on Cloudflare’s global network. When a user requests these files, Cloudflare serves them directly from its cache, bypassing the origin server entirely. This significantly reduces the load on your server.
Dynamic Content Optimization: While caching is primarily for static content, Cloudflare also offers technologies like Argo Smart Routing, which optimizes paths for dynamic content. Argo uses real-time network intelligence to route traffic over the fastest, most reliable paths, even if they aren’t the shortest. This can improve dynamic content delivery by an average of 30%.
Image Optimization: Cloudflare offers services like Polish image optimization and Mirage mobile optimization that automatically compress and optimize images without sacrificing quality. This can lead to substantial reductions in image file sizes, further speeding up page loads. Studies show optimized images can reduce page weight by up to 60-70%.

Brotli Compression and HTTP/3

Cloudflare leverages advanced web technologies to further enhance performance.

Brotli Compression: Brotli is a compression algorithm developed by Google that offers significantly better compression ratios than traditional Gzip, especially for text-based content. Cloudflare automatically applies Brotli compression to compatible content, resulting in smaller file sizes and faster transfer times. This can yield 20-26% higher compression ratios compared to Gzip for common web formats.
HTTP/3 Support: Cloudflare was an early adopter of HTTP/3, the latest major revision of the Hypertext Transfer Protocol. HTTP/3 is built on QUIC, a new transport protocol designed to reduce latency and improve performance over unreliable networks.
- Reduced Latency: QUIC combines the best features of TCP and UDP, offering faster connection establishment 0-RTT for resumed connections and eliminating head-of-line blocking.
- Improved Resilience: It’s more resilient to packet loss and network changes, which is particularly beneficial for mobile users or those on unstable connections. Cloudflare’s extensive HTTP/3 deployment means that millions of websites are automatically benefiting from these improvements, often without any configuration changes on the origin server.

Cloudflare Servers and Enhanced Security

Beyond performance, security is arguably where Cloudflare’s servers truly shine.

They act as a powerful shield, protecting websites from a vast array of online threats.

DDoS Protection

Distributed Denial of Service DDoS attacks are a major threat, aiming to overwhelm a server with traffic and make a website unavailable. Cloudflare prevent bots

Cloudflare’s network is designed to absorb and mitigate these attacks at scale.

Layer 3/4 Mitigation: Cloudflare’s network has massive capacity to handle volumetric DDoS attacks that target network layers e.g., SYN floods, UDP floods. Their Anycast architecture distributes the attack traffic across numerous data centers, preventing any single point from being saturated. Cloudflare’s total network capacity is 195 Tbps Terabits per second as of early 2024, far exceeding the scale of typical DDoS attacks.
Layer 7 Mitigation: For application-layer attacks e.g., HTTP floods, Cloudflare employs advanced heuristics, machine learning, and challenge-response mechanisms like CAPTCHAs or JavaScript challenges to differentiate legitimate user traffic from malicious bots. Their advanced bot management solutions block over 30% of all internet traffic from being bot-driven or malicious.
Always-On Protection: Cloudflare’s DDoS protection is “always-on,” meaning it continuously monitors traffic for anomalies. This proactive approach ensures that attacks are detected and mitigated in real-time, often before they can even reach your origin server.

Web Application Firewall WAF

A Web Application Firewall WAF protects web applications from common web vulnerabilities.

Cloudflare’s WAF sits in front of your application, filtering and monitoring HTTP traffic.

OWASP Top 10 Protection: The WAF provides protection against the OWASP Top 10 web application security risks, including SQL injection, cross-site scripting XSS, and broken authentication. This means your application is shielded from many common attack vectors even if there are vulnerabilities in your code.
Custom Rules: Users can create custom WAF rules tailored to their specific application’s needs, blocking traffic based on IP address, country, user-agent, URL paths, or even specific request headers. This flexibility allows fine-tuned security policies.
Threat Intelligence: Cloudflare’s WAF is continuously updated with new rules based on the collective threat intelligence gathered across its millions of protected websites. This vast network effect means that if a new vulnerability is discovered and attacked on one site, all Cloudflare users benefit from the updated protection almost instantly. Cloudflare blocks an average of 121 billion cyber threats daily.

SSL/TLS Encryption

Secure Sockets Layer/Transport Layer Security SSL/TLS is crucial for encrypting communication between a user’s browser and the server. Cloudflare simplifies SSL/TLS deployment.

Free Universal SSL: Cloudflare offers free Universal SSL certificates to all its users. This makes it incredibly easy for any website to enable HTTPS, which is vital for security, SEO rankings, and user trust.
Flexible SSL Options: Beyond Universal SSL, Cloudflare provides various SSL options, including Full, Full Strict, and Origin Pull, allowing users to choose the level of encryption between Cloudflare’s edge and their origin server. This ensures end-to-end encryption.
Performance Benefits: Cloudflare performs the SSL/TLS handshake at its edge locations, closer to the user. This reduces the computational load on the origin server and can speed up the connection establishment time, especially for users geographically distant from the origin.

Cloudflare Servers and DNS Management

Domain Name System DNS is often called the “phonebook of the internet,” translating human-readable domain names into IP addresses. Bot detection website

Cloudflare’s DNS services are renowned for their speed, reliability, and advanced features.

Authoritative DNS

Cloudflare provides authoritative DNS services, meaning your domain’s nameservers are pointed to Cloudflare, and they are responsible for answering queries for your domain.

Global Anycast Network: Similar to their CDN, Cloudflare’s DNS uses their global Anycast network. This ensures that DNS queries are resolved by the closest Cloudflare DNS server, leading to incredibly fast lookup times. Cloudflare’s 1.1.1.1 public DNS resolver is consistently ranked among the fastest DNS resolvers globally, with average query times often under 15ms.
Resilience and Uptime: The distributed nature of Cloudflare’s DNS infrastructure provides exceptional resilience. If one server or data center goes offline, others automatically take over, ensuring continuous DNS resolution. This virtually eliminates DNS-related downtime. Cloudflare’s DNS infrastructure has maintained a historical uptime close to 100%.
Advanced DNS Features: Cloudflare offers a comprehensive set of DNS features, including:
- DNSSEC: DNS Security Extensions protect against DNS spoofing and cache poisoning attacks by digitally signing DNS records.
- Custom Nameservers: For businesses needing white-label solutions.
- Managed DNS: A user-friendly interface for managing all DNS records A, CNAME, MX, TXT, etc..
- Load Balancing and Failover: DNS can be used to distribute traffic across multiple origin servers and automatically failover to healthy servers in case of an outage.

DNS Resolver 1.1.1.1

While the authoritative DNS is for managing your domain, Cloudflare also operates a public DNS resolver at 1.1.1.1 and 1.0.0.1. This is a recursive DNS service that anyone can use to resolve domain names.

Privacy-Focused: Cloudflare emphasizes privacy with its 1.1.1.1 resolver. They commit to not logging IP addresses of queries and purging transaction logs every 24 hours. This offers a privacy-centric alternative to default ISP DNS resolvers.
Speed: Due to its massive global network and optimized infrastructure, 1.1.1.1 is often significantly faster than other public DNS resolvers, leading to quicker initial page loads.
WARP Mobile App: Cloudflare’s WARP mobile application extends the benefits of 1.1.1.1 by encrypting all traffic from your device, not just DNS queries. While it offers some VPN-like features, it’s primarily focused on privacy and performance rather than bypassing geo-restrictions. For those seeking privacy, it’s a solid, user-friendly option.

Cloudflare Workers and Serverless Computing

Cloudflare Workers represent a significant shift towards serverless computing, allowing developers to run JavaScript code directly on Cloudflare’s global edge network.

This opens up entirely new possibilities for web development and application logic. Cloudflare anti bot

Edge Computing Paradigm

Traditional serverless platforms execute code in regional data centers.

Cloudflare Workers, however, run code at the “edge” – meaning on the same servers that serve content to users, closest to where the requests originate.

Ultra-Low Latency: By executing code at the edge, the round-trip time for processing requests is drastically reduced. This is ideal for latency-sensitive applications like real-time bidding, API gateways, or content personalization. Functions can often execute in under 50ms globally.
Global Scalability: Workers automatically scale globally across Cloudflare’s entire network without any explicit configuration. This means your application logic can handle millions of concurrent requests from anywhere in the world seamlessly.
Reduced Origin Load: By offloading logic to the edge, Workers can reduce the load on your origin server, performing tasks like routing, authentication, A/B testing, or content manipulation before a request even reaches your main infrastructure.

Use Cases for Cloudflare Workers

The flexibility of Cloudflare Workers allows for a wide range of innovative use cases, transforming how applications are built and deployed.

Dynamic Routing and Rewrites: Redirect users based on location, device, or other criteria. rewrite URLs on the fly without changing origin server logic.
API Gateways and Authentication: Implement rate limiting, API key validation, or custom authentication flows at the edge, protecting backend services.
Content Personalization: Deliver different content variants to users based on their cookies, IP address, or other request attributes without needing a full-blown CMS.
Edge SEO and A/B Testing: Manipulate meta tags, canonical URLs, or implement A/B testing logic directly at the edge, providing rapid iteration and instant deployment.
Data Transformation: Process and transform data streams as they pass through Cloudflare, for example, sanitizing user input or converting data formats.
Serverless APIs: Build entire API backends that run entirely on the edge, without needing to manage any traditional servers. This is particularly attractive for developers looking for a pure serverless experience with low operational overhead.

Developer Ecosystem Workers KV, Durable Objects

Cloudflare has built a robust ecosystem around Workers to support more complex applications.

Workers KV: A globally distributed, eventually consistent key-value store. This allows Workers to store and retrieve data at the edge, essential for caching configurations, session data, or other small data sets. KV operations are incredibly fast, typically in the range of 1-2ms for reads.
Durable Objects: A unique distributed primitive that provides a strong consistency model and allows for building stateful applications at the edge. Each Durable Object has a unique ID and can maintain its own state and logic, enabling sophisticated real-time applications like collaborative editors, chat rooms, or gaming lobbies.
Wrangler CLI: A powerful command-line interface for developing, testing, and deploying Workers. Wrangler simplifies the development workflow, making it easy to integrate Workers into existing CI/CD pipelines.

Cloudflare Servers and Analytics/Insights

Beyond the core services, Cloudflare servers gather a vast amount of data that provides invaluable insights into website traffic, security threats, and performance. Cloudflare ddos protection

Traffic Analytics

Cloudflare’s dashboard offers comprehensive traffic analytics, giving website owners a clear picture of their visitors and how they interact with their site.

Traffic Overview: Metrics like total requests, unique visitors, bandwidth consumed, and cache hit ratio provide a high-level view of website activity.
Geographic Distribution: Understand where your visitors are coming from, down to the city level, helping you tailor content or marketing efforts.
Browser and Device Breakdown: See which browsers e.g., Chrome, Firefox, Safari and device types e.g., desktop, mobile, tablet your audience uses, informing design and optimization decisions.
Performance Metrics: Analyze cache performance e.g., cache hit ratio, bytes saved, origin server response times, and page load times to identify optimization opportunities. Cloudflare reports that its cache network saves over 95% of bandwidth for cached content.

Security Analytics

Given Cloudflare’s role as a security proxy, it provides detailed insights into the threats your website faces and how they are mitigated.

Threat Overview: A dashboard showing the types and volume of threats blocked, including DDoS attacks, bot traffic, and WAF events.
Blocked Traffic Logs: granular details on every blocked request, including the reason for blocking e.g., WAF rule, DDoS mitigation, rate limiting, IP address, country, and user-agent. This is invaluable for troubleshooting and security auditing.
Bot Management Insights: Understand the proportion of legitimate human traffic versus various types of bot traffic e.g., good bots, bad bots, known crawlers, helping to fine-tune bot protection strategies. Cloudflare’s internal data shows that nearly 50% of all internet traffic is attributed to bots.
Rate Limiting Events: Monitor how often your rate limiting rules are triggered, identifying potential abuse or misconfigurations.

Edge Logs and Logpush

For advanced users and large enterprises, Cloudflare offers methods to access raw log data generated at its edge servers.

Edge Logs: These are comprehensive logs of every request and response that passes through Cloudflare’s network, including details on HTTP headers, status codes, cache status, WAF events, and more. This data is critical for deep analysis, security incident response, and custom analytics.
Logpush: Cloudflare’s Logpush service allows customers to push their raw edge logs directly to various destinations, such as: Sign up for cloudflare
- Cloud Storage: Amazon S3, Google Cloud Storage, Microsoft Azure Blob Storage
- SIEM Systems: Splunk, Sumo Logic, Datadog
- Data Warehouses: Google BigQuery, Snowflake
This enables businesses to integrate Cloudflare’s rich log data into their existing analytics and security information and event management SIEM systems for comprehensive monitoring and compliance.

Accessing these logs is essential for understanding advanced attack patterns and optimizing infrastructure.

Considerations and Islamic Perspectives

While Cloudflare’s technical prowess is undeniable, it’s important to approach all tools and technologies with a mindful perspective. From an Islamic standpoint, we are encouraged to use technology for beneficial purposes, avoiding what is harmful or wasteful. Cloudflare, as a foundational internet service, primarily falls into the beneficial category, supporting businesses, education, and communication. However, the content delivered through its network is what truly matters.

Beneficial Use of Technology

Cloudflare’s services significantly enhance the accessibility, speed, and security of online content. Web scrape in python

Promoting Knowledge: Fast and reliable websites facilitate the spread of beneficial knowledge, Islamic teachings, educational materials, and scientific research.
Ethical Commerce: Secure e-commerce platforms, protected by Cloudflare, enable honest trade and economic activity, which is highly encouraged in Islam. Protecting against fraud and ensuring smooth transactions aligns with principles of justice and fairness in dealings.
Community Building: Reliable communication platforms can strengthen family ties and community bonds, allowing people to connect and share positive content.
Resource Efficiency: By optimizing content delivery and reducing server load, Cloudflare helps conserve computing resources and energy, which can be seen as responsible stewardship of Allah’s creation.

Content Scrutiny and Responsibility

While Cloudflare provides the infrastructure, the responsibility for the content ultimately lies with the website owner.

Avoiding Harmful Content: A Muslim professional should ensure that any website leveraging Cloudflare servers does not host or promote content that is impermissible in Islam. This includes, but is not limited to:
- Riba Interest-based transactions: Websites promoting or facilitating interest-based loans, credit cards, or gambling are areas to avoid. Instead, focus on promoting halal financing and ethical business models.
- Immoral Behavior: Content related to nudity, pornography, premarital/extramarital relations, or any form of indecency should be strictly avoided. Promote modesty and pure conduct.
- Intoxicants and Harmful Substances: Websites promoting alcohol, cannabis, or other narcotics are not permissible. Instead, encourage health and sobriety.
- Gambling and Chance-Based Games: Websites centered around betting, lotteries, or games of pure chance are forbidden. Focus on skill-based and beneficial entertainment.
- Polytheism or Blasphemy: Content that promotes idol worship, polytheistic beliefs, or disrespects sacred figures is strictly prohibited. Reinforce pure monotheism Tawhid.
- Scams and Financial Fraud: Any content facilitating deceptive practices or financial fraud is impermissible. Uphold honesty and transparency in all dealings.
Due Diligence: When using any web service, it is paramount to perform due diligence to ensure that the service’s broader operations do not conflict with Islamic principles. Cloudflare itself is a neutral infrastructure provider, but how its services are utilized is key.
Ethical Use of Data: Cloudflare handles vast amounts of user data. While their stated privacy policies like with 1.1.1.1 are commendable, it is important for website owners to also uphold strict data privacy standards for their users, in line with Islamic principles of trust Amanah and respect for individuals.

In conclusion, Cloudflare’s servers offer powerful tools for building a faster, more secure, and more reliable internet.

As professionals, our focus should be on harnessing these capabilities for positive and permissible endeavors, ensuring that the technology serves humanity in a way that aligns with our values and responsibilities.

Frequently Asked Questions

What exactly are Cloudflare servers?

Cloudflare servers are a vast global network of data centers that act as a proxy between your website visitors and your origin server.

They cache content, filter malicious traffic, and optimize performance, ensuring faster and more secure website delivery. Cloudflare bot management

How does Cloudflare improve website speed?

Cloudflare improves website speed primarily through its Content Delivery Network CDN, which caches static content at edge locations close to your users, reducing latency.

It also uses advanced technologies like Brotli compression and HTTP/3 to optimize content delivery and connection speed.

Is Cloudflare free to use?

Yes, Cloudflare offers a free plan that provides basic CDN, DDoS protection, and SSL/TLS encryption.

This plan is sufficient for many small websites and personal blogs.

Paid plans offer more advanced features and higher service level agreements. Proxy cloudflare

How does Cloudflare protect against DDoS attacks?

Cloudflare protects against DDoS attacks by distributing incoming traffic across its massive global network using Anycast technology, absorbing and diluting the attack.

It also employs advanced machine learning and heuristics to identify and block malicious traffic at the edge before it reaches your server.

What is Universal SSL from Cloudflare?

Universal SSL is a free SSL/TLS certificate provided by Cloudflare to all its users.

It automatically encrypts traffic between your users and Cloudflare’s edge, enabling HTTPS for your website without any cost or complex configuration.

Do Cloudflare servers host my website?

No, Cloudflare servers do not host your website. Web scraping javascript python

They sit in front of your existing web hosting server your origin server. Cloudflare acts as a reverse proxy, filtering and optimizing traffic before it reaches your actual hosting provider.

What is Cloudflare’s 1.1.1.1?

1.1.1.1 is Cloudflare’s public DNS resolver, designed for privacy and speed.

Anyone can configure their device or router to use 1.1.1.1 to resolve domain names, often resulting in faster internet browsing and enhanced privacy compared to default ISP DNS resolvers.

What are Cloudflare Workers?

Cloudflare Workers are a serverless computing platform that allows developers to run JavaScript code directly on Cloudflare’s global edge network.

This enables ultra-low latency execution of custom logic for routing, API gateways, content personalization, and more, without managing traditional servers. Anti bot

How does Cloudflare’s Web Application Firewall WAF work?

Cloudflare’s WAF filters incoming web traffic to protect your web application from common vulnerabilities like SQL injection and cross-site scripting XSS. It analyzes requests based on a vast threat intelligence database and custom rules, blocking malicious requests before they reach your origin server.

Does Cloudflare collect user data?

Cloudflare processes a significant amount of internet traffic.

While they collect logs for security and performance analysis, their privacy policy states commitments to not logging user IP addresses on their 1.1.1.1 resolver and generally minimizing data retention, focusing on aggregate statistics for service improvement.

Users should also review their own website’s privacy practices.

Can Cloudflare slow down my website?

In rare cases, if misconfigured or if there’s an incompatibility, Cloudflare could theoretically impact performance. However, for the vast majority of websites, Cloudflare significantly improves speed and reliability by caching content, optimizing routes, and offloading tasks from the origin server. Scraping with go

What is the difference between Cloudflare’s authoritative DNS and 1.1.1.1?

Cloudflare’s authoritative DNS is what you use to manage your domain’s records e.g., A, CNAME records and tell the internet where your website lives. 1.1.1.1 is a public DNS resolver that users can configure on their devices to translate domain names into IP addresses, offering speed and privacy for general browsing.

How do I point my domain to Cloudflare?

To point your domain to Cloudflare, you need to change your domain’s nameservers at your domain registrar e.g., GoDaddy, Namecheap to the ones provided by Cloudflare typically anna.ns.cloudflare.com and jeremy.ns.cloudflare.com. This redirects all your domain’s traffic through Cloudflare’s network.

Does Cloudflare offer email protection?

While Cloudflare primarily focuses on web traffic, they do offer some email security features, such as email routing to protect your origin email server’s IP address from spam and attacks, and email gateway services for advanced threat detection.

What is Argo Smart Routing?

Argo Smart Routing is a Cloudflare service that optimizes the route your website’s traffic takes across the internet.

It uses real-time network intelligence to bypass congested areas and route requests over the fastest and most reliable paths, improving performance for both static and dynamic content. Programming language for websites

Can Cloudflare help with SEO?

Yes, Cloudflare can indirectly help with SEO.

Faster page load times, improved security HTTPS, and better uptime all provided by Cloudflare are positive ranking signals for search engines like Google.

A better user experience also leads to lower bounce rates and higher engagement, which can further boost SEO.

What is the “cache hit ratio” in Cloudflare analytics?

The cache hit ratio indicates the percentage of requests for your website’s content that were served directly from Cloudflare’s cache, rather than requiring a fetch from your origin server.

A higher cache hit ratio means better performance and less load on your server. Python requests bypass captcha

How does Cloudflare handle private data?

Cloudflare encrypts traffic between its edge and your origin server with proper SSL configuration and also between its edge and user browsers.

For data stored in services like Workers KV or Durable Objects, Cloudflare handles encryption at rest and in transit.

Users are responsible for configuring their origin server security and ensuring data privacy compliance.

Is Cloudflare suitable for large enterprises?

Absolutely.

Cloudflare serves a significant portion of the Fortune 1000 and is built to handle enterprise-level scale, security, and performance requirements.

They offer dedicated enterprise plans with advanced features, support, and custom solutions.

What is Cloudflare Stream?

Cloudflare Stream is a video streaming platform that leverages Cloudflare’s global network to provide seamless and high-quality video delivery.

It handles encoding, storage, and playback, making it easier for websites to integrate video content without needing to manage complex streaming infrastructure themselves.

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